1.Amfani ga sputtering da plating rufi fim. Ana iya amfani da saurin canji a cikin polarity na lantarki don watsa maƙasudin rufewa kai tsaye don samun fina-finai masu rufewa. Idan aka yi amfani da tushen wutar lantarki na DC don sputter da adana fim ɗin rufewa, fim ɗin insulation zai toshe ions masu kyau daga shiga cikin cathode, samar da ingantacciyar ƙwayar ion ion, wanda ke da saurin lalacewa da ƙonewa. Bayan saka wani fim mai hana ruwa a kan anode, ana toshe electrons daga shiga cikin anode, wanda ke haifar da sabon abu na bacewar anode. Lokacin amfani da tushen wutar lantarki na RF don ɗaukar fim ɗin rufewa, saboda canjin polarity na lantarki, tabbataccen cajin da aka tara akan cathode a farkon rabin sake zagayowar za a lalata su ta hanyar electrons a cikin rabin na biyu na sake zagayowar, kuma electrons da aka tara akan anode za a lalata su ta hanyar ions masu kyau. Sabanin tsari a cikin zagaye na biyu na rabi na iya kawar da tarin caji akan lantarki, kuma tsarin fitarwa na iya ci gaba akai-akai.
2.High mitar lantarki samar da son kai. A cikin na'urar RF mai lebur tsarin lantarki, manyan na'urorin lantarki masu yawa a cikin da'irar ta yin amfani da madaidaicin haɗin gwiwa suna haifar da ƙarfin son kai. Babban bambanci tsakanin gudun hijirar lantarki da gudun hijirar ion a cikin fitarwa yana ba wa electrons damar samun babban saurin motsi a wani lokaci, yayin da saurin ion yana haifar da tarawa. Babban mitar lantarki yana da mummunan yuwuwar mafi yawan kowane zagayowar, yana haifar da mummunan ƙarfin lantarki akan ƙasa, wanda shine sabon abu na son kai na babban mitar lantarki.
Rashin son kai da wutar lantarki ta fitar da RF ta haifar yana haɓaka ion bombardment na cathode electrode don ci gaba da fitar da electrons na biyu don kiyaye tsarin fitarwa, kuma son kai yana taka rawa iri ɗaya ga digowar cathode a cikin fitarwar haske na DC. Ko da yake ana amfani da wutar lantarki ta RF, fitarwar na iya zama tsayayye saboda ƙarfin ƙarfin son kai wanda babban mitar lantarki ya haifar ya kai 500-1000V.
3. Fitar mitar rediyo tana taka muhimmiyar rawa wajen fitar da matsi na yanayi mai haske da dielectric barrier glow fitarwa daga baya.
Lokacin aikawa: Juni-21-2023